TDL 3-2412

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DC-DC converters are used to convert a voltage from one level to another, usually from AC to DC. The TDL 3-2412 is a multi-phase, input voltage, DC-DC converter designed to provide a wide range of input voltages up to 3-24 volts with a maximum output of 12 volts. It is an advanced design with multiple conversions and protection features to ensure reliable operation.

The TDL 3-2412 is suitable for embedded systems, industrial control, automotive, telecom, and power applications. It features modular design, and is built for industrial applications such as variable frequency drive installations, power factor correction, motor control, battery charging systems and 24 Volt/36 Volt systems using PWM rectified AC or DC power sources.

The TDL 3-2412 is designed with a galvanic insulation system that eliminates the need for electrical isolation, and a wide input voltage range. It also has a high degree of accuracy for tight regulation of output, low output noise, high efficiency, and onboard over-voltage and over-current protection. The TDL 3-2412 has an adjustable output voltage from 3 to 24 volts and a maximum current of 12 amps.

The working principle of the TDL 3-2412 is simple yet highly efficient. It starts with a basic full-bridge converter to rectify AC and generate a DC voltage. The DC voltage is then regulated by means of an isolated, pulse-width-modulated (PWM) controller. This is followed by a buck-boost switch which adds another extra converter and an inductor to further regulate the output voltage. This inductor also acts as a filter to reduce the output noise while ensuring a smooth output. Finally, the converter is protected by an internal over-voltage and current detection circuit which can be configured to provide over-current, short-circuit, open-circuit, and over-voltage protection.

In summary, the TDL 3-2412 is an ideal solution for many applications requiring a DC-DC converter. It is a high efficiency, cost-effective solution with excellent features. It is highly reliable and provides high levels of protection and noise reduction. The wide input voltage range allows for efficient operation over a wide range of applications, while the isolation system eliminates the need for electrical isolation. The adjustable output voltage and current makes it a versatile and responsive converter for many different requirements.

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